What are the characteristics of unmanned monitoring ship?

Unmanned water quality monitoring ship is a combination of advanced intelligent navigation unmanned ship technology and measurement monitoring technology, which embodies the characteristics of intelligence, unmanned and networking.

Based on unmanned ship, camera system and ultrasonic collision avoidance system, advanced navigation algorithm is adopted to complete path planning, realize GPS automatic navigation and autonomous navigation, and can carry out automatic sampling operation regularly and quantitatively. At the same time, the unmanned ship is equipped with an automatic water quality sampler and an on-line water quality monitor, which can monitor parameters such as PH, dissolved oxygen and conductivity in real time, and transmit the obtained water quality parameters to the base station software in real time through the network and cloud, and finally automatically generate a work report, truthfully record the time, place and content of sampling work, and realize the purpose of real-time and all-round monitoring of water quality.

Characteristics of unmanned ship for water quality monitoring;

1. The size of the unmanned ship hull is small, and the shell is made of ABS/PP plastic, which has obvious characteristics of collision resistance, light weight and portability.

2. The ship can resist 4-5 winds and waves, and its speed ratio is relatively fast. The water quality monitoring sensor is equipped with a reasonable structural design scheme, which fully meets the requirements of the sensor testing environment in water.

3. The hull is equipped with lithium battery power supply unit as standard, which can realize continuous endurance function, remote control and remote operation. The hull can be loaded with cameras to observe the water surface within the video range in real time.

4. Water quality monitoring Unmanned ships can realize automatic navigation functions such as ship positioning, automatic cruise and one-button return through mature unmanned autopilot intelligent control technology and GPS positioning technology. At the same time, it has a mature remote communication scheme, which can provide Internet of Things communication scheme and data transmission communication scheme. In the environment covered by 4G communication signals, the data of water quality detection can be transmitted to the data management center or the water quality supervision department in a long distance by using the Internet of Things technology.

The water quality monitoring unmanned ship is networked by Internet of Things technology, which can transmit data to data center and control center in real time and realize remote monitoring. And the water quality monitoring ship can use a set of data center and control center, and one data center and control center can control multiple water quality monitoring ships at the same time.